Answer:
I would assume C. because it's the answer that makes the most sense.
Explanation:
D. would be the other choice however, just because they live in the same region doesn't mean they watch TV or have any access to media.
Answer:
Time taken to travel from one track to the next = 0.08ms
Initial track= 15 0
4 (15-4)*(0.08)= 0.88
40 (40-4)*(0.08)= 2.88
35 (40-35)*(0.08)= 0.4
11 (35-11)*(0.08)= 1.92
14 (14-11)*(0.08)= 0.24
7 (14-7)*(0.08)= 0.56
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Total seek time=0.88+2.88+0.4+1.92+0.24+0.56=6.88ms
Explanation:
We caculate the seek time for each request, and then add them together to find the total seek time. The final track number for the current request becomes the current track of next request, and this process is repeated till the last request is processed.
Answer:
Explanation:
Binary and hexadecimal values have the following pair equivalences.
We convert from binary to hexadecimal selecting groups of 4 binary from the binary code, from the least significant bits(at the right) to the most significant bits(at the left). The conversion is an hexadecimal "string" from the last group you converted to the first. So:
(a) %100011100101
So
(b) %1011001111
Elements that have little or no effect on search results include:
b. stop words.
d. capital letters.
<h3>What is a binary search?</h3>
Binary search can be defined as an efficient algorithm that is designed and developed for searching an element (information) from a sorted list of data that are stored on a database, especially by using the run-time complexity of Ο(log n)
<u>Note:</u> n is the total number of elements in a list.
In Computer technology, elements that have little or no effect on search results include he following:
However, keywords and search operators are important elements that have a significant effect on search results.
Read more on binary search here: brainly.com/question/24268720
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